New Mobile C-UAS High-Power Microwave System for Drone Swarm Defense & Rapid Tracking

Why It Matters

Alecto gives the warfighter a scalable, low‑cost directed‑energy tool to neutralize increasingly common drone swarms, strengthening force protection and operational flexibility.

Key Takeaways

• Alecto uses VICTS vacuum‑electronics for power beyond GaN arrays
• Mobile design fits infantry squad vehicles and unmanned ground platforms
• Rapid tracking engages swarms without prior target identification
• Low‑cost per shot and deep magazine reduce logistical burden
• Tablet‑based interface integrates with existing C2 networks

Pulse Analysis

The proliferation of commercial and tactical drones has forced militaries to rethink traditional kinetic defenses. High‑power microwave (HPM) weapons, once confined to laboratory prototypes, are now emerging as practical counter‑UAS solutions. By delivering focused electromagnetic bursts, HPM systems can disable multiple drones simultaneously, a capability that aligns with the Pentagon’s push for directed‑energy technologies to counter swarm threats. Alecto’s introduction marks a significant step in moving these concepts from static installations to field‑ready, mobile platforms.

Alecto’s technical edge stems from its Variable Inclination Continuous Transverse Stub (VICTS) architecture, which pairs vacuum‑tube amplifiers with advanced beam‑steering algorithms. This combination yields power outputs that surpass typical gallium‑nitride active electronically scanned arrays while maintaining a compact footprint. The reduced SWaP‑C (size, weight, power, cost) enables integration on light‑weight platforms such as infantry squad vehicles and unmanned ground vehicles, expanding the system’s tactical reach. Its low‑profile antenna delivers horizon‑to‑horizon coverage with minimal sidelobes, mitigating collateral risk and complying with HERO, HERP, and HERF safety standards.

For defense planners, Alecto offers a compelling value proposition: a deep magazine of electromagnetic shots at a fraction of the cost of conventional missile interceptors. The tablet‑based user interface simplifies command‑and‑control integration, allowing operators to deploy the system within existing network architectures. As directed‑energy budgets grow, solutions like Alecto could become the backbone of layered air‑defense strategies, extending from ground‑based convoy protection to future maritime and airborne applications. Its scalability and rapid development cycle illustrate how private‑sector investment can accelerate fielding of next‑generation warfighter tools.